Side door NT 80 Thermo
Industrial Sectional Doors
Depth 67 mm
Technical Manual: Issue 01.04.2015
Contents
Page
Product description
Aluminium frame infill
Technical data overview
Overview of track applications
3 – 4
4
5
6
SPU 67 Thermo
Door leaf made of double-skinned steel sections (625 and 750 mm high), Stucco-textured / Micrograin
With wicket door and threshold rail (625 and 750 mm high), Stucco-textured / Micrograin
With wicket door with trip-free threshold (625 and 750 mm high), Stucco-textured / Micrograin
Door leaf made of double-skinned steel sections (375 and 500 mm high), Stucco-textured / Micrograin
With wicket door and threshold rail (375 and 500 mm high), Stucco-textured / Micrograin
With wicket door with trip-free threshold (375 and 500 mm high), Stucco-textured / Micrograin
Glazing heights (centre of window from FFL) for door section heights of 500, 625 and 750 mm
Calculating the glazing heights (centre of window from FFL)
APU 67 Thermo
Door leaf made of aluminium extrusions with thermal break, double-skinned bottom section
Bottom section height 750 with wicket door and threshold rail
Bottom section height 750 with wicket door and trip-free threshold
Bottom section height 1500 with wicket door and threshold rail
Bottom section height 1500 with wicket door and trip-free threshold
ALR 67 Thermo
Door leaf made of aluminium extrusions with thermal break
With wicket door and threshold rail
With wicket door with trip-free threshold
ALR 67 Thermo Glazing
Door leaf made of aluminium extrusions with thermal break
Glazing / wicket door arrangements
Side door NT 80 Thermo
Fixed elements
Track application N
Normal track application
Track application H
High-lift track application
Track application HG
High-lift track application with steep track
Track application HU
High-lift track application with low-mounted torsion spring shaft
Track application RG
High-lift track application with low-mounted torsion spring shaft and steep track
Track application V
Vertical track application
Track application VU
Vertical track application with low-mounted torsion spring shaft
Track application WG
Vertical track application with low-mounted torsion spring shaft and steep track
Sideroom
Lintel ditting
Bottom edge
Chain hoist / hand pulley with rope or link steel chain
Ceiling anchors
(L = anchor length, see track applications)
Shaft operator WA 300
Shaft operator WA 400
Chain drive operator ITO 400
Shaft operator WA 300 / 400 Door leaf speeds
SPU 67 Thermo / APU 67 Thermo / ALR 67 Thermo with direct drive operator
Track application H
High-lift track application with direct drive operator
Ceiling anchors
Direct drive operators S75 and S140, door leaf speeds
Detailed door leaf constructions and track applications
as well as fitting examples are provided in this manual.
2
No part may be reproduced without our prior permission.
All rights reserved.
All dimensions in mm.
Subject to design changes.
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
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8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24 – 26
27 – 31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46 – 48
49 – 52
52
53
48
49
50
Product Descriptions
Door type
Door leaf / wicket door
Sectional door SPU 67 Thermo, double-skinned steel sections, 625 and 750 mm high, Stucco-textured / Micrograin
Door leaf
Door sections made of double-skinned, PU-foamed steel sections with thermal break (made of hot-galvanized steel). Door sections Stuccotextured on inside and outside with uniform horizontal ribbing, or Micrograin with fine horizontal embossing outside and Stucco-textured
inside, 625 and 750 mm high, depth 67 mm. All door sections without finger trap protection. Surface protection with polyester-primer coating.
Wicket door
Only to be installed in the central fields of the sectional door. Cannot be installed in the outer fields – note the arrangement!
Only opening outwards, LH or RH hinged.
Attention (for threshold rail): For grid heights 2000, 2125 and 2250, the clear opening height must not be lower than the door height.
Glazing
Glazing frames made of anodised aluminium extrusions with thermal break or sections with compound glazing are possible within
the size range shown below. Fewer compound glazings or different arrangements are possible subject to the minimum distances.
Glazing frames are possible from FFL and compound glazing from 625/750 mm above FFL.
Sectional door SPU 67 Thermo, double-skinned steel sections, 375 and 500 mm high, Stucco-textured / Micrograin
Door leaf
Door sections made of double-skinned, PU-foamed steel sections with thermal break (made of hot-galvanized steel). Door sections Stuccotextured on inside and outside with uniform horizontal ribbing, or Micrograin with fine horizontal embossing outside and Stucco-textured
inside, 375 and 500 mm high, depth 67 mm. All door sections without finger trap protection. Surface protection with polyester-primer coating.
Wicket door
Only to be installed in the central fields of the sectional door. Cannot be installed in the outer fields – note the arrangement!
Only opening outwards, LH or RH hinged.
Attention (for threshold rail): For grid heights 2000 and 2125, the clear opening height must not be lower than the door height.
Glazing
Glazing frames made of anodised aluminium extrusions with thermal break or sections with compound glazing are possible within
the size range shown below. Fewer compound glazings or different arrangements are possible subject to the minimum distances.
Glazing frames are possible from FFL and compound glazing from 500 mm above FFL.
Sectional door APU 67 Thermo, aluminium extrusions, double-skinned bottom section
Door leaf
Bottom section made of double-skinned, PU-foamed steel section with thermal break (made of hot-galvanized steel), 750 mm (standard)
or 1500 mm high, Stucco-textured on inside and outside with uniform horizontal ribbing, or Micrograin with fine horizontal embossing
outside and Stucco-textured inside. Surface protection with polyester-primer coating. Other door sections with glazing made of anodised
aluminium extrusions with thermal break. Depth 67 mm. All door sections without finger trap protection. Infill: Clear synthetic triple pane,
51 mm (S 3).
Wicket door
Depending on the door type, made of anodised aluminium extrusions with thermal break, installed in the central fields of the door.
Cannot be installed in the outer fields – note the arrangement! Only opening outwards, LH or RH hinged.
Attention (for threshold rail): If the wicket door has the same number of sections as the sectional door, the clear opening
height must not be lower than the door height (RM).
Sectional door ALR 67 Thermo, aluminium extrusions
Door leaf
Door sections made of anodised aluminium extrusions with thermal break. Depth 67 mm. All door sections without finger trap protection.
Bottom door section consisting of PU-foamed infill with 51 mm Stucco-textured aluminium sheet cover on both sides (FU), other door
sections with 51 mm clear synthetic triple panes (S3).
Wicket door
Depending on the door type, made of anodised aluminium extrusions with thermal break, installed in the central fields of the door.
Cannot be installed in the outer fields – note the arrangement! Only opening outwards, LH or RH hinged.
Attention (for threshold rail): If the wicket door has the same number of sections as the sectional door, the clear opening
height must not be lower than the door height (RM).
Sectional door ALR 67 Glazing, aluminium extrusions
Door leaf
Door sections made of anodised aluminium extrusions with thermal break. Depth 67 mm. All door sections without finger trap protection.
All door section infills in 26 mm double pane safety glass. Uniform infill heights.
Frame / track application
Enclosed, moulded angle frame, made of hot-galvanized steel with screwed safety tracks.
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
3
Product Descriptions
Aluminium Frame Infill
Door lock
Manually operated
Inside locking using a shootbolt, rotary latch (with track applications that have low-mounted torsion spring shaft on request) or floor locking.
Power-driven
Inside locking using a shootbolt
Counterbalance
Torsion springs, with carrying cables on the side. For version with direct drive operator via the operator, tubular shaft and carrying cables on the side.
Safety-related equipment according to DIN EN 12604
• Manually operated doors using a torsion spring with approved catch safety device *)
• Manually operated doors that have more than one torsion spring with approved spring safety device *)
over a door height of 5000 mm, additional approved catch safety devices *) on both sides
* European patent
Seals
Floor seal made of 1-chamber profile internally and 3-chamber EPDM profile externally with flexible adjustment lip, side seal, lintel seal, intermediate seal between
the sections.
Aluminium frame infill
Infill overview
SPU 67
Thermo
Infill type
PU infill, 51 mm, with Stucco-textured aluminium sheet cover on both sides
PU infill, 51 mm with smooth, anodised aluminium sheet cover on both sides
Synthetic triple pane, clear, 51 mm, Ug = 1.8 W/(m²·K)
Synthetic triple pane, crystal structure, 51 mm, Ug = 1.6 W/(m²·K)
Synthetic triple pane, grey tinted, 51 mm, Ug = 1.6 W/(m²·K)
Synthetic triple pane, brown tinted, 51 mm, Ug = 1.6 W/(m²·K)
Synthetic triple pane, white tinted (opal), 51 mm, Ug = 1.6 W/(m²·K)
Synthetic quadruple pane, clear, 51 mm, Ug = 1.3 W/(m²·K)
Synthetic quadruple pane, crystal structure, 51 mm, Ug = 1.3 W/(m²·K)
Synthetic quadruple pane, grey tinted, 51 mm, Ug = 1.3 W/(m²·K)
Synthetic quadruple pane, brown tinted, 51 mm, Ug = 1.3 W/(m²·K)
Synthetic quadruple pane, white tinted (opal), 51 mm, Ug = 1.3 W/(m²·K)
Double pane made of single-pane safety glass, 26 mm, Ug = 2.6 W/(m²·K) [1]
Climatic double pane made of single-pane safety glass, 26 mm, Ug = 1.1 W/(m²·K) [1]
Prepared for on-site infill [2]
[1]
[2]
4
–
–
S3
R3
A3
B3
M3
S4
R4
A4
B4
M4
E2
G2
BS
APU 67
Thermo
ALR 67
Thermo
Abbreviation
FU
FU
XU
XU
S3
S3
R3
R3
A3
A3
B3
B3
M3
M3
S4
S4
R4
R4
A4
A4
B4
B4
M4
M4
E2
E2
G2
G2
BS
BS
Only for door width up to 6000 mm, on request, and not in conjunction with wicket door
On request; infill weight and thickness must be specified
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
ALR 67
Thermo
Glazing
–
–
–
–
–
–
–
–
–
–
–
–
E2
G2
–
Technical Data Overview
Construction and quality features
Resistance to wind load
EN 12424
Water tightness
EN 12425
Air permeability
EN 12426
Acoustic insulation
EN 717-1
Thermal insulation
EN 13241-1, appendix
B EN 12428
SPU 67
Thermo
APU 67
Thermo
ALR 67
Thermo
ALR 67
Thermo
Glazing
3 6)
2 7)
3 6)
2 7)
3 6)
2 7)
3 6)
2 7)
3 6)
2 7)
3 6)
2 7)
3 5.6)
–
–
–
Door without wicket door, class
3 (70 Pa)
3 (70 Pa)
3 (70 Pa)
3 (70 Pa)
Door without wicket door, class
2 8)
2 8)
2 8)
Door with wicket door, class
Door without wicket door R = . . . dB
Door with wicket door R = . . . dB
Door without wicket door, U = W/‌(m²·K) 2)
1 9)
1 9)
1 9)
25
24
0.62 (0.51 4))
–
–
23
22
–
2.1 (2.0 4))
1.8 (1.7 4))
23 (30 1))
22
–
2.2 (2.1 4))
1.9 (1.8 4))
2 8)
1 9)
30 1)
–
–
–
–
–
1.6 (1.5 4))
1.7 (1.6 4))
1.8 (1.7 4))
–
2.6 (2.5 4))
2.7 (2.6 4))
3.0 (2.9 4))
0.82 (0.75 4))
–
–
0.33
B2
●
67
10000
7500
–
2.3 (2.2 4))
2.0 (1.9 4))
–
B2
●
67
10000
7500
–
2.4 (2.3 4))
2.1 (2.1 4))
–
B2
●
67
10000
7500
–
–
–
–
B2
●
67
5500
4000
●
–
●
○
○
○
○
○
○
○
○
●
●
○
●
○
●
●
●
●
●
●
●
○
●
●
○
●
○
●
○
○
–
–
●
●
●
○
●
○
●
●
●
●
●
●
●
○
–
●
–
–
–
●
○
○
–
–
●
●
●
○
●
○
●
●
●
●
●
●
●
○
–
●
–
–
–
●
○
–
–
–
●
●
●
○
●
–
●
●
●
●
●
●
●
○
Door without wicket door, LZ ≤ 8000, class
Door without wicket door, LZ > 8000, class
Door with wicket door, LZ ≤ 4000, class
Door with wicket door, LZ > 4000, class
– Optional triple glazing, U = W/(m²·K) 2)
– Optional quadruple glazing, U = W/‌(m²·K) 2)
– Optional climatic double panes made of single-pane safety glass,
U = W/‌(m²·K) 2)
–O
ptional double glazing made of single-pane safety glass,
U = W/‌(m²·K) 2)
Door with wicket door, U = W/‌(m²·K) 2) Fire protection
Design
Door sizes
Space requirements
Material, door leaf
Surface, door leaf
Wicket door
Glazings
Seals
ThermoFrame
Locking systems
Anti-lift kit
Safety equipment
Fitting types
– Optional triple glazing, U = W/(m²·K) 2)
– Optional quadruple glazing, U = W/‌(m²·K) 2)
– Section, U = W/‌(m²·K)
Class
Self-supporting
Depth, mm
Max. width mm, LZ
Max. height mm, RM 3)
From page 33
Steel, double-skinned, 67 mm
Aluminium, profile with thermal break
Galvanized steel, coated RAL 9002
Galvanized steel, coated RAL 9006
Galvanized steel, coated RAL to choose
Anodised aluminium E6 / C0 (previously E6 / EV 1)
Aluminium coated in RAL to choose
With trip-free threshold
Type A section window
Type D section window
Aluminium glazing frame
All-round on 4 sides
Intermediate seal between the door sections
PVC hard / soft seal
Internal latches
Outside / inside locking
For doors of up to 5 m with shaft operator
Side trap guards
Spring break safeguard for manual operation
Safety catch for doors with shaft operator
Concrete
Steel
Brickwork
Others on request
● = Standard
○ = Optional
1) With optional double pane
(single-pane safety glass)
5) Door width up to 5500 mm
2) For a door surface
of 5000 × 5000 mm
7) Class 2 = 0.45 kN/m² or 96 km/h
3) Door height above 7000 mm
on request (not with door type
ALR F42 Glazing)
9) Class 1 = 24 m3/m2h
6) Class 3 = 0.7 kN/m² or 120 km/h
8) Class 2 = 12 m3/m2h
4) Optionally with Thermoframe
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
5
Overview of Track Applications
SPU 67 Thermo / APU 67 Thermo / ALR 67 Thermo with torsion spring shaft
N
V
Normal track application
(An operator with light grille HLG 550 is generally
required for a door height RM ≤ 3000 mm)
H
Vertical track application
(Additional hand pulley required for manually
operated doors!)
VU
High-lift track application
(For a door height RM ≤ 3000 mm an operator
and a light grille HLG 550 may be required after
a technical inspection)
HG
Like track application V, with low-mounted torsion
spring shaft
(Additional hand pulley required for manually
operated doors!)
WG
Like track application H, with steep track
and minimum slot width of 150 mm
(for loading ramp doors)
(For a door height RM ≤ 3000 mm an operator
and a light grille HLG 550 may be required after
a technical inspection)
Not possible for door type ALR 67 Thermo Glazing
and doors with wicket door or real glass infill!
Door width LZ ≤ 3500 mm
Door height RM ≤ 5000 mm
HU
Like track application VU, with steep track
and minimum slot width of 150 mm
(for loading ramp doors)
(additional chain hoist required for manually
operated doors!)
Not possible for door type ALR 67 Thermo Glazing
and doors with wicket door or real glass infill!
Door width LZ ≤ 3500 mm
Door height RM ≤ 5000 mm
VS
Like track application H, with low-mounted
torsion spring shaft
Like track application V, but in the top sections
the tracks are diverted using radii where
the ceiling is too low
(Additional hand pulley required for manually
operated doors!)
Door height RM ≤ 5000 mm
Note:
An in-factory technical inspection is required
for this track application!
RG
Like track application HU, with steep track
and minimum slot width of 150 mm
(for loading ramp doors)
Not possible for door type ALR 67 Thermo Glazing
and doors with wicket door or real glass infill!
Door width LZ ≤ 3500 mm
Door height RM ≤ 5000 mm
SPU 67 Thermo / APU 67 Thermo / ALR 67 Thermo with direct drive operator
H
High-lift track application without torsion spring
(For a door height RM ≤ 3000 mm a light grille HLG
550 may be required after a technical inspection)
Door width LZ ≤ 10000 mm
Door height RM ≤ 7500 mm
6
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Sectional Door SPU 67 Thermo
Double-skinned steel sections
625 and 750 mm high
Stucco-textured / Micrograin
External views
Glazing frame
Compound glazing type A
+5
43,5 – 5
E*
E**
Compound glazing type D
+5
43,5 – 5
Fitting area for frames with glazing
Fitting area for compound glazing
Size range
Note:
• When using a shaft operator (installation
example 5), the door lock is always
on the side opposite the operator.
• For a view of the matching appearance
with doors with wicket doors see
pages 24 – 26.
• Doors with more than 2 glazing frames
on request.
[1]
[A]
RM
LZ
➝
SPB
TH
****
On request: torsion spring shaft
or direct drive operator
Direct drive operator S75 with high-lift
track application
Track applications N, H and HG on request;
torsion spring shaft
Type A ➝ 1670, Type D ➝ 1630
No. of door sections
Grid height
Clear frame dimensions (from 1200)
up to LZ
Rail width
Door section height
Top door section 500 mm
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
Number of compound glazings per door section
3500
5
3250
5
4
3000
4
3
2750
3
2
2500
2
2250
1
[1]
2000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
[A]
TH 625
TH 750
7500
–
10
7375
1
+
9
7250
2
+
8
7125
3
+
7
7000
4
+
6
6875
5
+
5
6750
–
9
6625
1
+
8
6500
2
+
7
6375
3
+
6
6250
4
+
5
6125
5
+
4
6000
–
8
5875
1
+
7
5750
2
+
6
5625
3
+
5
5500
4
+
4
5375
5
+
3
5250
–
7
5125
1
+
6
5000
2
+
5
4875
3
+
4
4750
4
+
3
4625
5
+
2
4500
–
6
4375
1
+
5
4250
2
+
4
4125
3
+
3
4000
4
+
2
3875
5
+
1
3750
–
5
3625
1
+
4
3500
2
+
3
3375
3
+
2
3250
4
+
1
3125
5
–
3000
–
4
2875
1
+
3
2750
2
+
2
2625
3
+
1
2500
4
–
2375
4****
–
2250
–
3
2125
1
+
2
2000
2
+
1
1875
3
–
Number of infills / fields per aluminium frame
1500
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened top door section are possible.
SPB 52
LZ
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
7
Sectional Door SPU 67 Thermo
with Wicket Door and Threshold Rail
Double-skinned steel sections
625 and 750 mm high, Stucco-textured / Micrograin
External views
**Note on fitting compound glazings:
For door widths from 1750 – 3000 mm, a compound glazing
can only be fitted into the wicket door. No compound glazing
can be fitted to the left or right of the wicket door.
625 / 750 625 /750 625 /750
DRH
Lever heights (DRH)
Bottom door section 625 = 960.5
Bottom door section 750 = 1085.5
LDBS
43,5 +– 55
DHS
Clear passage width (LDBS) = 905 mm*
* For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
LZ
Size range
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened door section above wicket door are possible.
4
4
Number of compound glazings per door section**
Note:
• When using a shaft operator (installation
example 5), the door lock is always
on the side opposite the operator.
• For a view of the matching appearance
with doors without wicket doors see
pages 24 – 26.
• Doors with more than 2 glazing frames
on request.
On request: torsion spring shaft
or direct drive operator
Direct drive operator S75 with high-lift
track application
Track applications N, H and HG on request;
torsion spring shaft
Glazings on request
[A]
[D]
SH
SPB
TH
DHS
RM
LDBS
DRH
LZ
***
No. of door sections
Clear passage heights (DHS) of wicket door
to grid height
Threshold height (215)
Rail width
Door section height
Clear passage height of wicket door
Grid height
Clear passage width
Lever height
Clear frame dimensions (from 1750)
Top door section 500 mm
5500
4750
4500
4250
4000
3500
3250
3000
2750
2500
2250
2000
3
5250
3
2
[A]
[D]
TH 625
TH 750
7500
–
10
2195
7375
1
+
9
2195
7250
2
+
8
2195
7125
3
+
7
2195
7000
4
+
6
2195
6875
5
+
5
2195
6750
–
9
2195
6625
1
+
8
2195
6500
2
+
7
2195
6375
3
+
6
2195
6250
4
+
5
2195
6125
5
+
4
2195
6000
–
8
2195
5875
1
+
7
2195
5750
2
+
6
2195
5625
3
+
5
2195
5500
4
+
4
2195
5375
5
+
3
2195
5250
–
7
2195
5125
1
+
6
2195
5000
2
+
5
2195
4875
3
+
4
2195
4750
4
+
3
2195
4625
5
+
2
2070
4500
–
6
2195
4375
1
+
5
2195
4250
2
+
4
2195
4125
3
+
3
2195
4000
4
+
2
2070
3875
5
+
1
1945
3750
–
5
2195
3625
1
+
4
2195
3500
2
+
3
2195
3375
3
+
2
2070
3250
4
+
1
1945
3125
5
–
1820
3000
–
4
2195
2875
1
+
3
2195
2750
2
+
2
2070
2625
3
+
1
1945
2500
4
–
1820
2375
4***
–
1820
2250
–
3
2195
2125
1
+
2
2070
2000
2
+
1
1945
Number of infills / fields per aluminium frame
5000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
3750
Range 1
Range 2
RM
Range 3
SH
SPB 52
LZ
8
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Sectional Door SPU 67 Thermo
with Wicket Door with Trip-Free Threshold
Double-skinned steel sections
625 and 750 mm high, Stucco-textured / Micrograin
External views
**Note on fitting compound glazings:
For door widths from 1750 – 3000 mm, a compound glazing
can only be fitted into the wicket door. No compound glazing
can be fitted to the left or right of the wicket door.
625 / 750 625 /750 625 /750
DRH
Lever heights (DRH)
Bottom door section 625 = 960.5
Bottom door section 750 = 1085.5
LDBS
43,5 +– 55
DHS
Clear passage width (LDBS) = 905 mm*
* For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
LZ
Size range
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened door section above wicket door are possible.
5
Number of compound glazings per door section**
Note:
• When using a shaft operator (installation
example 5), the door lock is always
on the side opposite the operator.
• For a view of the matching appearance
with doors without wicket doors see
pages 24 – 26.
• Doors with more than 2 glazing frames
on request.
On request: torsion spring shaft
or direct drive operator
Direct drive operator S75 with high-lift
track application
Track application N not possible, H and HG
on request; torsion spring shaft
Glazings on request
[A]
[D]
SH
SPB
TH
DHS
RM
LDBS
DRH
LZ
***
No. of door sections
Clear passage heights (DHS) of wicket door
to grid height
Threshold height (rising from 5 to 10)
Rail width
Door section height
Clear passage height of wicket door
Grid height
Clear passage width
Lever height
Clear frame dimensions (from 1750)
Top door section 500 mm
6000
5
4
5750
4
5500
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
3
5250
3
2
[A]
[D]
TH 625
TH 750
7500
–
10
2195
7375
1
+
9
2195
7250
2
+
8
2195
7125
3
+
7
2195
7000
4
+
6
2195
6875
5
+
5
2195
6750
–
9
2195
6625
1
+
8
2195
6500
2
+
7
2195
6375
3
+
6
2195
6250
4
+
5
2195
6125
5
+
4
2195
6000
–
8
2195
5875
1
+
7
2195
5750
2
+
6
2195
5625
3
+
5
2195
5500
4
+
4
2195
5375
5
+
3
2195
5250
–
7
2195
5125
1
+
6
2195
5000
2
+
5
2195
4875
3
+
4
2195
4750
4
+
3
2195
4625
5
+
2
2070
4500
–
6
2195
4375
1
+
5
2195
4250
2
+
4
2195
4125
3
+
3
2195
4000
4
+
2
2070
3875
5
+
1
1945
3750
–
5
2195
3625
1
+
4
2195
3500
2
+
3
2195
3375
3
+
2
2070
3250
4
+
1
1945
3125
5
–
1820
3000
–
4
2195
2875
1
+
3
2195
2750
2
+
2
2070
2625
3
+
1
1945
2500
4
–
1820
2375
4***
–
1820
2250
–
3
2115
2125
1
+
2
1990
2000
2
+
1
1865
Number of infills / fields per aluminium frame
5000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
SH
SPB 52
LZ
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
9
Sectional Door SPU 67 Thermo
Double-Skinned Steel Sections
375 and 500 mm high
Stucco-textured / Micrograin
External views
Glazing frame
Compound glazing type A
Compound glazing type D
+5
43,5 – 5
+5
43,5 – 5
E*
E**
Fitting area for frame 500 with glazing
Fitting area for compound glazing
Size range
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened top door section are possible.
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
[1]
[A]
RM
LZ
Type A ➝ 1670, Type D ➝ 1630
No. of door sections
Grid height
Clear frame dimensions (from 1200)
up to LZ
SPB
TH
Rail width
Door section height
➝
Track applications N, H and HG on request;
torsion spring shaft
9750
10000
9500
9250
9000
8750
8500
8250
8000
7750
7500
7250
7000
6750
6500
6250
6000
5750
5500
5250
5000
4750
4500
4250
Number of compound glazings per door section
4000
7
3750
7
6
3500
6
5
3250
5
4
3000
4
3
2750
3
2
2500
2
2250
1
[1]
2000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
On request: torsion spring shaft or direct drive operator
[A]
TH 375
TH 500
7500
–
15
7375
1
+
14
7250
2
+
13
7125
3
+
12
7000
–
14
6875
1
+
13
6750
2
+
12
6625
3
+
11
6500
–
13
6375
1
+
12
6250
2
+
11
6125
3
+
10
6000
–
12
5875
1
+
11
5750
2
+
10
5625
3
+
9
5500
–
11
5375
1
+
10
5250
2
+
9
5125
3
+
8
5000
–
10
4875
1
+
9
4750
2
+
8
4625
3
+
7
4500
–
9
4375
1
+
8
4250
2
+
7
4125
3
+
6
4000
–
8
3875
1
+
7
3750
2
+
6
3625
3
+
5
3500
–
7
3375
1
+
6
3250
2
+
5
3125
3
+
4
3000
–
6
2875
1
+
5
2750
2
+
4
2625
3
+
3
2500
–
5
2375
1
+
4
2250
2
+
3
2125
3
+
2
2000
–
4
1875
1
+
3
Number of infills / fields per aluminium frame
1500
Range 1
Range 2
RM
Range 3
Note:
• For a view of the matching appearance
with doors with wicket doors see
pages 24 – 26.
• Doors with more than 2 glazing frames
on request.
SPB 52
LZ
10
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Sectional Door SPU 67 Thermo
with Wicket Door and Threshold Rail
Double-skinned steel sections
375 and 500 mm high, Stucco-textured / Micrograin
External view
** Note on fitting compound glazings:
For door widths from 1750 – 3000 mm, a compound glazing
can only be fitted into the wicket door. No compound glazing
can be fitted to the left or right of the wicket door.
Clear passage width (LDBS) = 905 mm*
500
* For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
DRH
500
DHS
500
500
Lever heights (DRH)
Bottom door section 500 = 835.5
Bottom door section 625 = 960.5 (only for SH2)
43,5 +– 55
LDBS
LZ
Size range
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened door section above wicket door are possible.
SH2
[A]
[D]
TH 375
TH 500
7500
–
15
1945
7375
1
+
14
1945
7250
2
+
13
1945
7125
3
+
12
1945
7000
–
14
1945
6875
1
+
13
1945
6750
2
+
12
1945
6625
3
+
11
1945
6500
–
13
1945
6375
1
+
12
1945
6250
2
+
11
1945
6125
3
+
10
1945
6000
–
12
1945
5875
1
+
11
1945
5750
2
+
10
1945
5625
3
+
9
1945
5500
–
11
1945
5375
1
+
10
1945
5250
2
+
9
1945
5125
3
+
8
1945
5000
–
10
1945
4875
1
+
9
1945
4750
2
+
8
1945
4625
3
+
7
1945
4500
–
9
1945
4375
1
+
8
1945
4250
2
+
7
1945
4125
3
+
6
1945
4000
–
8
1945
3875
1
+
7
1945
3750
2
+
6
1945
3625
3
+
5
1945
3500
–
7
1945
3375
1
+
6
1945
3250
2
+
5
1945
3125
3
+
4
1945
3000
–
6
1945
2875
1
+
5
1945
2750
2
+
4
1945
2625
–
5***
2070
2500
–
5
1945
2375
1
+
4
1945
2250
2
+
3
1820
2125
–
4***
2070
2000
–
4
1945
Number of infills / fields per aluminium frame
7000
6750
Number of compound glazings
per door section**
6500
6250
5
6000
5
4
5750
4
5500
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
3
5250
3
2
5000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
SH1
Note:
• Micrograin version only
up to LZ ≤ 5500 mm.
• From LZ > 5500 mm bottom
door section with deviating
heights TH = 625 / 750 mm
(made of 375 / 500 mm sections
and 2 × 125 mm aluminium
bottom profile).
• For a view of the matching
appearance with doors without
wicket doors see pages 24 – 26.
• Doors with more than 2 glazing
frames on request.
On request: torsion spring shaft
or direct drive operator
Direct drive operator S75 with high-lift
track application
Track applications N, H and HG
on request; torsion spring shaft
Glazings on request
[A]
[D]
RM
LZ
SH1
SH2
SPB
TH
DHS
LDBS
***
No. of door sections
Clear passage heights (DHS)
of wicket door to grid height
Grid height
Clear frame dimensions (from 1750)
Threshold height (215)
Threshold height (312), bottom door
section with 250 mm aluminium bottom
section, glazing from 625 mm
Rail width
Door section height
Clear passage height of wicket door
Clear passage width
Bottom door section TH = 625
SPB 52
LZ
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
11
Sectional Door SPU 67 Thermo
with Wicket Door with Trip-Free Threshold
Double-skinned steel sections
375 and 500 mm high, Stucco-textured / Micrograin
External view
**Note on fitting compound glazings:
For door widths from 1750 – 3000 mm, a compound glazing
can only be fitted into the wicket door. No compound glazing
can be fitted to the left or right of the wicket door.
Clear passage width (LDBS) = 905 mm*
* For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
500
LDBS
43,5
DRH
500/ 500/
625 625
+5
–5
DHS
500
Lever heights (DRH)
Bottom door section 500 = 835.5
Bottom door section 625 = 960.5
LZ
Size range
In the size range shown, any door width can be manufactured in 10-mm increments and any door height in the 125-mm grid, taking the min. ceiling
height into account. Intermediate heights using aluminium glazing frames or shortened door section above wicket door are possible.
SH2
[A]
[D]
TH 375
TH 500
7500
–
15
1945
7375
1
+
14
1945
7250
2
+
13
1945
7125
3
+
12
1945
7000
–
14
1945
6875
1
+
13
1945
6750
2
+
12
1945
6625
3
+
11
1945
6500
–
13
1945
6375
1
+
12
1945
6250
2
+
11
1945
6125
3
+
10
1945
6000
–
12
1945
5875
1
+
11
1945
5750
2
+
10
1945
5625
3
+
9
1945
5500
–
11
1945
5375
1
+
10
1945
5250
2
+
9
1945
5125
3
+
8
1945
5000
–
10
1945
4875
1
+
9
1945
4750
2
+
8
1945
4625
3
+
7
1945
4500
–
9
1945
4375
1
+
8
1945
4250
2
+
7
1945
4125
3
+
6
1945
4000
–
8
1945
3875
1
+
7
1945
3750
2
+
6
1945
3625
3
+
5
1945
3500
–
7
1945
3375
1
+
6
1945
3250
2
+
5
1945
3125
3
+
4
1945
3000
–
6
1945
2875
1
+
5
1945
2750
2
+
4
1945
2625
1***
+
4
2070
2500
–
5
1945
2375
1
+
4
1945
2250
2***
+
2
2115
2125
1***
+
3
1990
2000
–
4
1865
Number of infills / fields per aluminium frame
Note:
• For a view of the matching
appearance with doors without
wicket doors see pages 24 – 26.
• Doors with more than 2 glazing
frames on request.
On request: torsion spring shaft
or direct drive operator
Direct drive operator S75
with high-lift track application
Track application N not possible,
H and HG on request; torsion spring shaft
Glazings on request
[A]
[D]
RM
LZ
SH1
SH2
SPB
TH
DHS
LDBS
DRH
***
No. of door sections
Clear passage heights (DHS)
of wicket door to grid height
Grid height
Clear frame dimensions (from 1750)
Threshold height (rising from 5 to 10)
Threshold height (approx. 13)
Rail width
Door section height
Clear passage height of wicket door
Clear passage width
Lever height
Bottom door section TH = 625
7000
6750
Number of compound glazings
per door section**
6500
6250
5
6000
4
5750
5
5500
4750
4500
4250
4000
3500
3250
3000
3
2750
2500
2250
2000
2
4
5250
3
5000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
3750
Range 1
Range 2
RM
Range 3
SH1
SPB 52
LZ
12
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Glazing Heights for Matching External Appearance
SPU 67 Thermo Stucco-Textured
(Centre of window from FFL)
Door section heights 500, 625 and 750 mm
Glazing heights for matching external appearance of compound windows type A and D.
RM
1160
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
RM
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1285
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1535
1660
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Glazing heights (centre of window from FFL)
1785
1910
2035
2160
2285
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
2410
2535
2660
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Grid height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
13
Calculating the Glazing Heights for SPU 67 Thermo
(Centre of window from FFL)
Door section heights 500, 625 and 750 mm
Calculating the glazing heights for compound windows type A and type D.
See door type for number of door sections and glazing areas. Depth 67 mm.
Door section height 750 mm
Type A
Type D
Micrograin type A, D
Glazing height type A and D
➀ = x + 232.5
➁ = x + 232.5 + 125
➂ = x + 232.5 + 250
➃ = x + 357.5
x
x
MF
MF
x
FFL
MF
x ==Sum of door section heights + 52.5 mm from FFL
Door section height 625 mm
Type A
Type D
Micrograin type A, D
Glazing height type A and D
➀ = x + 232.5
➁ = x + 232.5 + 125
➂ = x + 295
MF
MF
x
x
x
FFL
MF
x ==Sum of door section heights + 52.5 mm from FFL
Door section height 500 mm
Type A
Type D
Micrograin type A, D
Glazing height type A and D
➀ = x + 232.5
MF
x
x
x
FFL
MF
MF
x ==Sum of door section heights + 52.5 mm from FFL
Calculation example
Option 1
Option 2
Given:
• Door type SPU 67 Thermo; grid height (RM) = 3250 mm; glazing type A;
position see below number of door sections (see table of door types)
• Door section 625 mm = 4 units
• Door section 750 mm = 1 unit
Option
Door section / position
Glazing height
1
In 2nd door section 625 mm at position 1
750 + 52.5 + 232.5 = 1035 mm from FFL
2
In 2nd door section 625 mm at position 2
750 + 52.5 + 232.5 + 125 = 1160 mm from FFL
3
In 3rd door section 625 mm at position 1
750 + 625 + 52.5 + 232.5 = 1660 mm from FFL
4
In 3rd door section 625 mm at position 2
750 + 625 + 52.5 + 232.5 + 125 = 1785 mm from FFL
43.5
43.5
etc.
52.5
14
FFL
52.5
MF
Centre of window from FFL
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Sectional Door APU 67 Thermo
Aluminium extrusions with thermal break
Double-skinned bottom section
55 *
External view
TH = *
Door height – bottom section height – 35
Number of door section frames
On request 115 mm, so as to match the appearance
of a sectional door with wicket door with trip-free threshold
with the same door height.
43,5 +– 55
Note:
• When using a shaft operator (installation example 5), the door
lock is always on the side opposite the operator.
• For a view of the matching appearance with doors with wicket
doors see pages 24 – 26.
Size range
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
RM
LZ ≤ 8000
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1
2
3
4
5
6
7
[A]
7500
n
LZ > 8000
[B]
7500
n
[A]
7500
n
7500
7375
11
12
7250
9
8
7060
7125
7000
7050 10
6790
6790
6875
6750
6780
6780 11
6625
6490
6500
8
7
6375
6480 9
6250
6040
6040 10
6125
5920
6000
6030
6030
5875
5910 8
5750
7
6
5625
9
5500
5290
5290
5350
5375
5250
5280
5280
5340 7
5125
8
5000
6
5
4780
4875
4750
4770 6
4540
4540
4625
4500
4530
4530 7
4375
4210
4250
5
4
4125
4200 5
4000
6
3790
3790
3875
3640
3750
3780
3780
3625
3630
4
3500
4
3
3375
5
3250
3040
3040
3070
3125
3000
3030
3030
3060 3
2875
2750
4
3
2
2625
2500
2500
2290
2290
2375
2490 2
2250
2280
2280 3
1930
2125
2
1
2000
1920 1
1875
1875 2
1875
Number of infills / fields per aluminium frame
[B]
7500
7240
7230
6670
6660
6100
6090
5530
5520
5000
4950
4390
4380
3820
3810
3250
3240
2680
2670
2110
2100
1500
1750
2000
2250
2500
2750
3000
3250
3500
3750
4000
4250
4500
4750
5000
5250
5500
5750
6000
6250
6500
6750
7000
7250
7500
7750
8000
8250
8500
8750
9000
9250
9500
9750
10000
Range 1
Range 2
RM
Range 3
n
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
Track applications N, H and HG on request;
torsion spring shaft
Number of door section frames:
[A]
Bottom section height 750 mm (standard)
[B]
Bottom section height 1500 mm
n
Number of aluminium frames
RM
Grid height
LZ
Clear frame dimensions (from 1200)
SPB
Rail width
TH
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
15
Sectional Door APU 67 Thermo
with Wicket Door and Threshold Rail
Aluminium extrusions with thermal break
Bottom section height 750
55
External view
TH
Clear passage width (LDBS) = 905 mm*
TH
Lever height on request
Clear passage height of wicket door (DHS) = n1 × TH + (bottom section height – 55)
TH
n1
*
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• Micrograin version only up to door width ≤ 5500 mm.
• Bottom door section made of 375 / 500 mm section and 2 × 125 mm
aluminium bottom profile for door widths > 5500 mm.
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
DRH
DHS
43,5 +– 55
LDBS
Number of frames in the wicket door
For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
LZ
Size range
SH2
RM
DHS
7500
2187
7375
2159
7250
2132
9
7125
2104
7000
2076
6790
6875
2048
6750
2186
6780
6625
2155
6500
2124
8
6375
2093
6250
2061
6040
6125
2030
6000
2185
6030
5875
2149
5750
2114
7
5625
2078
5500
2042
5290
5375
2006
5250
2183
5280
5125
2142
5000
2100
6
4875
2058
4750
2017
4540
4625
1975
4500
2181
4530
4375
2131
4250
2081
5
4125
2031
4000
1981
3790
3875
1931
3750
2178
3780
3625
2115
3500
2053
4
3375
1990
3250
1928
3040
3125
1865
3000
2172
3030
2875
2088
2750
2005
3
2625
1922
2500
1838
2290
2375
2285
2250
2160
2280
2
2125
2035
2000
2000
1910
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
2
2
2
2
2
2
3
2
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
DRH
16
Track applications N, H and HG on request;
torsion spring shaft
Clear passage height of wicket door
Lever height
LZ
RM
SPB
SH1
SH2
n
n1
TH
Height
2
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (215)
Threshold height (312)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
2430
2420
2000
Sectional Door APU 67 Thermo
with Wicket Door with Trip-Free Threshold
Aluminium extrusions with thermal break
Bottom section height 750
115
External view
Lever height on request
TH
Clear passage width (LDBS) = 905 mm**
TH
Clear passage height of wicket door (DHS) = n1 × TH + (bottom section height – 55*)
TH
n1 Number of frames in the wicket door
* Attention: If there is no frame above the wicket door, then – 100 instead of – 55.
** For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
DRH
DHS
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
43,5 +– 55
LDBS
LZ
Size range
SH2
RM
DHS
7500
2187
7375
2159
7250
2132
9
7125
2104
7000
2076
6790
6875
2048
6750
2186
6780
6625
2155
6500
2124
8
6375
2093
6250
2061
6040
6125
2030
6000
2185
6030
5875
2149
5750
2114
7
5625
2078
5500
2042
5290
5375
2006
5250
2183
5280
5125
2142
5000
2100
6
4875
2058
4750
2017
4540
4625
1975
4500
2181
4530
4375
2131
4250
2081
5
4125
2031
4000
1981
3790
3875
1931
3750
2178
3780
3625
2115
3500
2053
4
3375
1990
3250
1928
3040
3125
1865
3000
2172
3030
2875
2088
2750
2005
3
2625
1922
2500
1838
2290
2375
2240
2250
2115
2280
2
2125
1990
2000
2000
1865
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
Height
2
2
2
2
2
2
2
3
2
2430
2420
2000
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
Track application N not possible for a door
height RM ≤ 3000 mm; H and HG on request;
torsion spring shaft
Clear passage height of wicket door
DRH
LZ
RM
SPB
SH1
SH2
n
n1
TH
Lever height
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (rising from 5 to 10)
Threshold height (approx. 13)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
17
Sectional Door APU 67 Thermo
with Wicket Door and Threshold Rail
Aluminium extrusions with thermal break
Bottom section height 1500
55
External view
TH
Clear passage width (LDBS) = 905 mm*
TH
Lever height on request
Clear passage height of wicket door (DHS) = n1 × TH + (bottom section height – 55)
TH
n1 Number of frames in the wicket door
* For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
DRH
DHS
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• Micrograin version only up to door width ≤ 5500 mm.
• Bottom door section made of 375 / 500 mm section and 2 × 125 mm
aluminium bottom profile for door widths > 5500 mm.
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
43,5 +– 55
LDBS
LZ
Size range
SH2
RM
DHS
7500
2191
7375
2175
7250
2159
8
7125
2144
7000
2128
6790
6875
2113
6750
2190
6780
6625
2172
6500
2154
7
6375
2136
6250
2119
6040
6125
2101
6000
2189
6030
5875
2168
5750
2148
6
5625
2127
5500
2106
5290
5375
2085
5250
2188
5280
5125
2163
5000
2138
5
4875
2113
4750
2088
4540
4625
2063
4500
2186
4530
4375
2155
4250
2124
4
4125
2093
4000
2061
3790
3875
2030
3750
2183
3780
3625
2142
3500
2100
3
3375
2058
3250
2017
3040
3125
1975
3000
2178
3030
2875
2115
2750
2053
2
2625
1990
2500
1928
2290
2375
1865
2250
2115
2280
1
2125
1990
2000
2000
1865
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
1
1
1
1
1
1
1
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
DRH
18
Track applications N, H and HG on request;
torsion spring shaft
Clear passage height of wicket door
Lever height
LZ
RM
SPB
SH1
SH2
n
n1
TH
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (215)
Threshold height (312)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Height
Sectional Door APU 67 Thermo
with Wicket Door with Trip-Free Threshold
Aluminium extrusions with thermal break
Bottom section height 1500
115
External view
Lever height (DRH):
TH
LZ ≤ 6000 = 1080.5
TH
830.5
Clear passage width (LDBS) = 905 mm**
TH
LZ > 6000 = Clear passage height of wicket door (DHS) = n1 × TH + (bottom section height – 55*)
DHS
n1 Number of frames in the wicket door
* Attention: If there is no frame above the wicket door, then – 100 instead of – 55.
** For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
DRH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
43,5 +– 55
LDBS
LZ
Size range
SH2
RM
DHS
7500
2191
7375
2175
7250
2159
8
7125
2144
7000
2128
6790
6875
2113
6750
2190
6780
6625
2172
6500
2154
7
6375
2136
6250
2119
6040
6125
2101
6000
2189
6030
5875
2168
5750
2148
6
5625
2127
5500
2106
5290
5375
2085
5250
2188
5280
5125
2163
5000
2138
5
4875
2113
4750
2088
4540
4625
2063
4500
2186
4530
4375
2155
4250
2124
4
4125
2093
4000
2061
3790
3875
2030
3750
2183
3780
3625
2142
3500
2100
3
3375
2058
3250
2017
3040
3125
1975
3000
2178
3030
2875
2115
2750
2053
2
2625
1990
2500
1928
2290
2375
1865
2250
2115
2280
1
2125
1990
2000
2000
1865
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
Height
1
1
1
1
1
1
1
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
Track application N not possible for a door
height RM ≤ 3000 mm; H and HG on request;
torsion spring shaft
Clear passage height of wicket door
DRH
LZ
RM
SPB
SH1
SH2
n
n1
TH
Lever height
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (rising from 5 to 10)
Threshold height (approx. 13)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
19
Sectional Door ALR 67 Thermo
Door leaf made of aluminium extrusions with thermal break
55
External view
Door height – 35
TH = TH
Number of door section frames
*
TH
On request 115 mm, so as to match the appearance
of a sectional door with wicket door with trip-free threshold
with the same door height.
43,5 +– 55
TH
TH
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• For door widths from 5500 mm, diagonal struts are fitted
into the bottom door section (not visible with closed infills).
• For a view of the matching appearance with doors with
wicket doors see pages 24 – 26.
LZ
Size range
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
RM
LZ ≤ 8000
9750
Height
7500
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
n
RM
20
LZ
SPB
TH
LZ > 8000
Height
7500
7450 - 7500
7375
7440
7250 10
13
7125
6880
7000
6790
6875
6870
6750
6780
6625
12
6500
9
6310
6375
6250
6300
6040
6125
11
6000
6030
5740
5875
5750
5730
8
5625
10
5500
5290
5375
5170
5250
5280
5125
5160
5000
7
4875
9
4750
4540
4600
4625
4500
4530
4590
4375
8
4250
6
4030
4125
4000
4020
3790
3875
3750
7
3780
3625
3460
3500
5
3375
3450
3250
6
3040
3125
2890
3000
3030
2875
2880
2750
4
2625
5
2500
2290
2320
2375
2250
2280
2310
2125
3
4
2000
1875
1875
Number of infills / fields per aluminium frame
10000
9500
9250
9000
7
8750
8500
8250
8000
7750
7500
7250
7000
6
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4
4000
3750
3500
3250
3000
2750
3
2500
2250
2
2000
1
1750
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1500
Range 1
Range 2
RM
Range 3
n
Clear frame dimensions (from 1200)
Rail width
Door section height
Track applications N, H and HG on request;
torsion spring shaft
Number of aluminium frames
Grid height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
n
14
Sectional Door ALR 67 Thermo
with Wicket Door and Threshold Rail
Door leaf made of aluminium extrusions with thermal break
External view
55
Lever height on request
TH
Clear passage width (LDBS) = 905 mm**
TH
Clear passage height of wicket door (DHS) = n1 × TH – 55
TH
n1 Number of frames in the wicket door
* 265.5 with SH2
** For a door width of 1750 – 1840 mm, the clear passage width is 798 mm.
TH
DRH
DHS
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• For door widths from 5500 mm, diagonal struts are fitted
into the bottom door section (not visible with closed infills).
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
43,5 +– 55
LDBS
LZ
Size range
SH2
RM
DHS
7500
2185
7375
2147
7250
2110
10
7125
2072
7000
2035
6790
6875
1997
6750
2183
6780
6625
2142
6500
2100
9
6375
2058
6250
2017
6040
6125
1975
6000
2182
6030
5875
2135
5750
2088
8
5625
2041
5500
1994
5290
5375
1948
5250
2180
5280
5125
2126
5000
2073
7
4875
2019
4750
1966
4540
4625
1912
4500
2178
4530
4375
2115
4250
2053
6
4125
1990
4000
1928
3790
3875
1865
3750
2174
3780
3625
2099
3500
2024
5
3375
1949
3250
1874
3040
3125
1799
3000
2169
3030
2875
2075
2750
1981
4
2625
1888
2500
1794
2290
2375
2285
2250
2160
2280
3
2125
2035
2000
2000
1910
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
Height
3
3
3
3
3
3
3
4
2500
2490
3
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
DRH
Track applications N, H and HG on request;
torsion spring shaft
Clear passage height of wicket door
Lever height
LZ
RM
SPB
SH1
SH2
n
n1
TH
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (187)
Threshold height (312)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
21
Sectional Door ALR 67 Thermo
with Wicket Door with Trip-Free Threshold
Door leaf made of aluminium extrusions with thermal break
115
External view
Lever height on request
TH
Clear passage width (LDBS) = 905 mm**
Clear passage height of wicket door (DHS) = n1 × TH – 55*
TH
TH
n1 Number of frames in the wicket door
* Attention: If there is no frame above the wicket door, then – 100 instead of – 55.
** For a door width of 1750 – 1840 mm, the clear passage width is 833 mm.
TH
DRH
DHS
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• For door widths from 5500 mm, diagonal struts are fitted
into the bottom door section (not visible with closed infills).
• For a view of the matching appearance with doors without
wicket doors see pages 24 – 26.
43,5 +– 55
LDBS
LZ
Size range
SH2
RM
DHS
7500
2185
7375
2147
7250
2110
10
7125
2072
7000
2035
6790
6875
1997
6750
2183
6780
6625
2142
6500
2100
9
6375
2058
6250
2017
6040
6125
1975
6000
2182
6030
5875
2135
5750
2088
8
5625
2041
5500
1994
5290
5375
1948
5250
2180
5280
5125
2126
5000
2073
7
4875
2019
4750
1966
4540
4625
1912
4500
2178
4530
4375
2115
4250
2053
6
4125
1990
4000
1928
3790
3875
1865
3750
2174
3780
3625
2099
3500
2024
5
3375
1949
3250
1874
3040
3125
1799
3000
2169
3030
2875
2075
2750
1981
4
2625
1888
2500
1794
2290
2375
2285
2250
2115
2280
3
2125
1990
2000
2000
1865
Number of infills / fields per aluminium frame
6750
6500
6250
6000
5750
5500
5
5250
5000
4750
4500
4250
4000
3750
3500
4
3250
3000
2750
2500
2250
3
n
Height
7500
n1
3
3
3
3
3
3
4
3
SPB 52
LZ
On request: torsion spring shaft or direct drive operator
On request and only direct drive operator S140
with high-lift track application
Direct drive operator S75 with high-lift track application
DHS
22
Track application N not possible for a door
height RM ≤ 3000 mm; H and HG on request;
torsion spring shaft
Clear passage height of wicket door
DRH
LZ
RM
SPB
SH1
SH2
n
n1
TH
Height
3
7000
SH1
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
2000
Range 1
Range 2
RM
Range 3
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
Lever height
Clear frame dimensions (from 1750)
Grid height
Rail width
Threshold height (rising from 5 to 10)
Threshold height (approx. 13)
Number of aluminium frames
Number of aluminium frames in the wicket door
Door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
2500
2490
Sectional Door ALR 67 Thermo Glazing
Door leaf made of aluminium extrusions with thermal break
OTH
55
External view
56,5
TH
120
TH = Door height – 119
Number of door section frames
TH
UTH = TH + 84 ≤ 785
OTH = TH 35
43,5 +– 55
UTH
TH
Note:
• When using a shaft operator (installation example 5),
the door lock is always on the side opposite the operator.
• All track applications on request.
LZ
Size range
In the size range shown, any door width can be produced in 10-mm increments. Observe min. ceiling height.
Height
4000
6
3625
3620
5
2930
2920
4
3
5500
5250
5000
4750
4250
4000
3750
3500
3250
2230
2220
1875
Number of infills / fields per aluminium frame
2
3000
2750
2500
2250
1 ➝ 3330
4500
Range 1
RM
2
n
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
SPB 52
LZ
RM
LZ
Grid height
Clear frame dimensions (from 2000)
up to LZ
SPB
n
UTH
Rail width
Number of aluminium frames
Bottom door section height
➝
TH
OTH
Door section height
Upper door section height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
23
Glazing / Wicket Door Arrangements
Sectional doors with 3 infills / fields
Glazing arrangements – external view
Sectional door SPU 67 Thermo
with wicket door with trip-free threshold
Sectional door SPU 67 Thermo,
matching doors with wicket door
Sectional door SPU 67 Thermo
with standard window division
Sectional door APU 67 Thermo
with wicket door with trip-free threshold
Sectional door APU 67 Thermo,
matching doors with wicket door
Sectional door APU 67 Thermo
with standard window division
Sectional door ALR 67 Thermo
with wicket door with trip-free threshold
Sectional door ALR 67 Thermo,
matching doors with wicket door
Sectional door ALR 67 Thermo
with standard window division
Arrangement of the wicket door
LZ ≤ 4500
24
Note:
• Clear passage width (LDBS) = 905 mm.
• Wicket door only opening outwards.
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Glazing / Wicket Door Arrangements
Sectional doors with 4 infills / fields
Glazing arrangements – external view
Sectional door SPU 67 Thermo
with wicket door with trip-free threshold
Sectional door SPU 67 Thermo,
matching doors with wicket door
Sectional door SPU 67 Thermo
with standard window division
Sectional door APU 67 Thermo
with wicket door with trip-free threshold
Sectional door APU 67 Thermo,
matching doors with wicket door
Sectional door APU 67 Thermo
with standard window division
Sectional door ALR 67 Thermo
with wicket door with trip-free threshold
Sectional door ALR 67 Thermo,
matching doors with wicket door
Sectional door ALR 67 Thermo
with standard window division
Arrangement of the wicket door
LZ 4510 – 5500
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Note:
• Clear passage width (LDBS) = 905 mm.
• Wicket door only opening outwards.
25
Glazing / Wicket Door Arrangements
Sectional doors with 5 infills / fields
Glazing arrangements – external view
Sectional door SPU 67 Thermo
with wicket door with trip-free threshold
Sectional door SPU 67 Thermo,
matching doors with wicket door
Sectional door SPU 67 Thermo
with standard window division
Sectional door APU 67 Thermo
with wicket door with trip-free threshold
Sectional door APU 67 Thermo,
matching doors with wicket door
Sectional door APU 67 Thermo
with standard window division
Sectional door ALR 67 Thermo
with wicket door with trip-free threshold
Sectional door ALR 67 Thermo,
matching doors with wicket door
Sectional door ALR 67 Thermo
with standard window division
Arrangement of the wicket door
LZ 5510 – 7000
26
Note:
• Clear passage width (LDBS) = 905 mm.
• Wicket door only opening outwards.
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Side Door NT 80 Thermo
Possible handing options
Fitting in the opening
Fitting next to the door, opening outwards
or inwards, RH or LH hinged
RAM
LDB
LDB
INSIDE
Fitting in the opening, opening inwards
or outwards, RH or LH hinged
RAM
LDB
INSIDE
LDB
Fitting behind the opening
Only opening inwards, LH or RH hinged
RAM
RAM
INSIDE
LF
LDB
INSIDE
RAM
Ordering size
Overall frame dimensions RAM
855 × 1990
855 × 2115
980 × 1990
980 × 2115
Structural opening
875 × 2000
875 × 2125
1000 × 2000
1000 × 2125
Size range: width: RAM 770 to 1300, height: RAM 1865 to 2525 (state overall frame dimension)
Doors with 3-point locking: RAM = ≥ 1940 mm
Clear passage dimensions:
Opening angle
136°
90°
LF
RAM
LDB
LDH
Structural opening
Overall frame dimension
Clear passage width
Clear passage height
Width
RAM – 164
RAM – 215
LZ
Height
RAM – 70
Clear frame dimensions
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
27
Side Door NT 80 Thermo
With S-ribbed Stucco-textured / L-ribbed Micrograin infills
375
10
625
LDB *
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
10
LF
120
BB
LDB
LDH
TH
500
LZ
120
120
Panel width
Clear passage width
Clear passage height
Door section height
10
LZ
120
SO
LZ
n
295
625
625
625
295
750
LDB*
RAM
≥ 1130
≤ 1300
LF
3
BH (≥ 680)
70
152
1050
750
1050
E
LDB *
LZ
E
E
LF
E
625
295
625
E
295
E
BB
70
625
70
10
10
RAM
≥ 1130
≤ 1300
LF
LZ
120
Bottom section height
Clear frame dimensions
Number of door sections / aluminium frames
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
750
10
BB
RAM = n x TH + 5
LDH = RAM – 70
10
750
1050
232.5
A
10
BH (≥ 360)
70
152
232.5
625
LF
A
LDB *
See page 27
Structural opening
Overall frame dimension
Panel height
A
3
A
625
BH (≥ 555)
70
155
625
357.5
BB
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
LZ
LF
70
625
625
750
1050
750
A
357.5
A
3
A
10
10
LF
RAM = n x TH + 130
LDH = RAM – 70
10
BB
LZ
120
3
70
LF
625
10
750
LZ
500
500
LDB *
RAM
≥ 770
≤ 1300
500
1050
LDB *
RAM
≥ 770
≤ 1300
120
500
500
3
BH (≥ 360)
70
70
LF
RAM = n x TH + 27
LDH = RAM – 70
750
LDB *
RAM
≥ 770
≤ 1300
750
625
625
750
LF
RAM = n x TH + 130
LDH = RAM – 70
BB
70
625
3
70
70
10
LZ
120
375
10
BB
500
500
LF
500
1050
10
120
1050
10
BH (≥ 360)
500
500
500
500
500
500
1050
10
LZ
500
500
LF
RAM = n x TH + 27
LDH = RAM – 70
500
3
BH (≥ 360)
70
70
625
625
750
LF
3
70
BH (≥ 360)
70
LF
RAM = n × TH + 130
LDH = RAM – 70
10
BH (≥ 555)
70
155
LF
RAM = n x TH + 130
LDH = RAM – 70
750
10
BB
LF
28
3
70
LF
RAM = n x TH + 130
LDH = RAM – 70
LZ
120
A
*
LF
RAM
BH
1050
BH (≥ 360)
500
LDB *
RAM
≥ 770
≤ 1300
375
10
500
LDB *
70
10
70
RAM
≥ 770
≤ 1300
LF
10
BB
LDB *
70
10
70
10
RAM
≥ 770
≤ 1300
LF
10
BB
RAM = n x TH + 5
LDH = RAM – 70
10
500
1050
500
500
LF
RAM = n × TH + 130
LDH = RAM – 70
500
3
70
BH (≥ 360)
70
152
70
10
152
10
BB
375
10
10
Side Door NT 80 Thermo
With L-ribbed Micrograin infills
Compound glazing type A TH = 625 and 750
LZ
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
LZ
LF
TH
TH
BH (≥ 360)
70
70
TH
TH
TH
E
3
70
70
BH (≥ 360)
E
E
TH
TH
E
TH
E
E
70
LF
RAM = n x TH + 5
LDH = RAM – 70
TH
3
70
70
LF
RAM = n x TH + 130
LDH = RAM – 70
TH
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
BB
70
A
TH
TH
TH
A
BH (≥ 360)
TH
3
A
LF
RAM = n x TH + 40
LDH = RAM – 70
3
LF
RAM = n x TH + 71
LDH = RAM – 70
BB
LDB*
LF
LZ
LF
Compound glazing type E TH = 625
LDB*
LZ
LZ
LF
A
A
A
TH
TH
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
70
BH (≥ 360)
70
70
TH
BH (≥ 360)
70
70
TH
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
BB
A
A
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
LF
BB
LF
RAM = n x TH + 102
LDH = RAM – 70
BH (≥ 360)
70
70
TH
TH
TH
TH
RAM = n x TH + 5
LDH = RAM – 70
TH
TH
TH
LZ
A
A
A
A
A
LDB*
Compound glazing type A TH = 625 / 750 and 750 / 625
A
A
LDB*
LF
70
A
70
LDB*
LDB*
RAM:
A ≥ 1030
D ≥ 980
=≤ 1300
A
A
LF
A
A
3
A
70
LF
RAM = n x TH + 71
LDH = RAM – 70
BH (≥ 360)
70
70
TH
TH
70
TH
3
70
70
A
LF
RAM = n x TH + 130
LDH = RAM – 70
BH (≥ 360)
70
BB
BB
BB
3
BB
3
Compound glazing type A TH = 500
LDB*
LDB*
RAM
≥ 1130
≤ 1300
RAM
≥ 1130
≤ 1300
LF
LZ
LZ
LF
Compound glazing type E TH = 750
TH
BB
E
E
3
BH (≥ 360)
70
70
70
E
TH
TH
LF
RAM = n x TH + 71
LDH = RAM – 70
E
LDB*
RAM
≥ 1130
≤ 1300
LZ
LF
(Legend see page 28)
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
29
Side Door NT 80 Thermo
With S-ribbed Stucco-textured / L-ribbed Micrograin infills
*
LF
RAM
BH
30
LZ
10
LF
See page 27
Structural opening
Overall frame dimension
Panel height
BB
LDB
LDH
TH
LZ
120
Panel width
Clear passage width
Clear passage height
Door section height
10
LZ
120
SO
LZ
n
10
TH+35
TH
103
TH
TH
80,5
70
120
120
TH
1050
TH
LDB *
RAM
≥ 770
≤ 1300
LF
70
223
3
BH (≥ 360)
TH –
TH –
120
145
TH+35
10
BB
LF
RAM = n x TH + 27
LDH = RAM – 70
185
103
TH
TH
TH
70
70
223
3
120
10
LDB *
RAM
≥ 770
≤ 1300
120
BB
120
10
BH (≥ 360)
TH –
TH –
223
145
LF
RAM = n x TH + 130
LDH = RAM – 70
185
TH=750
TH
120
TH
95,5
TH
223
3
TH+35
70
70
10
LDB*
RAM
≥ 770
≤ 1300
LF
120
BH (≥ 360)
TH –
TH –
120
145
LDB*
10
Side door NT 80 Thermo matching door type ALR 67 Thermo
BB
1050
TH
10
LF
RAM = n x TH + 27
LDH = RAM – 70
TH
TH
TH=750
103
120
223
3
120
70
70
TH+35
10
BB
1050
LF
RAM = n x TH + 130
LDH = RAM – 70
BH (≥ 360)
TH –
TH –
223
145
10
10
1050
Side door NT 80 Thermo matching door type APU 67 Thermo
RAM
≥ 770
≤ 1300
LF
LZ
120
Bottom section height
Clear frame dimensions
Number of door sections / aluminium frames
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Side Door NT 80 Thermo
Possible fitting options
Possible fitting options
ALR 67 Thermo
with fascia panel
70
10
SPU 67 Thermo,
APU 67 Thermo
with fascia panel
10
SPU 67 Thermo
behind the opening
without window section,
without compound glazing
10
SPU 67 Thermo in the opening
without window section,
without compound glazing
BH
BH
LF
RAM
RAM
20
20
20
20
LF
LF
3
3
RAM
LF
RAM = LF – 10
10
80
INSIDE
In the opening
(right illustration with 50 mm extension
profile for all-over insulation)
AW 60 × 40
INSIDE
23,5
Plugs for metal frame
INSIDE
Behind the opening
Note:
Fitting with thermal break requires
on-site preparations.
70
10
INSIDE
R
AW
SW
Box section
Aluminium angle
Steel angle
BH
RAM
LDB
Panel height
Overall frame dimension
Clear passage width
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
LF
Structural opening
31
Fixed Elements
Possible fitting options and fitting examples
Possible fitting options
INSIDE
52,5
10
ALR 67 Thermo in the opening
10
APU 67 Thermo in the opening
10
SPU 67 Thermo in the opening
without window section,
without compound glazing
ALR 67 Thermo behind the opening
RAMH = LF + 47,5 + 5
52,5
APU 67 Thermo behind the opening
RAMH = LF + 47,5 + 5
55
RAMH = LF + 50 + 5
SPU 67 Thermo behind the opening
without window section,
without compound glazing
LF
RAMH = LF – 10 – 5
5
5
5
38,5
38,5
LF
RAMH = LF – 10 – 5
LF
38,5
RAMH = LF – 10 – 5
INSIDE
Fitting examples with fitting numbers
1
3
2
4
R 120 × 60
R 160 × 60
R 200 × 60
R 120 × 60
R 160 × 60
R 200 × 60
AW 60 × 40 × 4
AW 60 × 40 × 4
AW 60 × 40 × 4
RAMB
INSIDE
5
AW 60 × 40 × 4
RAMB
Note:
Fitting with thermal break requires on-site preparations.
6
R 120 × 60
R 160 × 60
R 200 × 60
AW 60 × 40 × 4
AW 60 × 40 × 4
RAMB
AW
Aluminium angle
LF
Structural opening
RAMB Overall frame width
32
INSIDE
RAMH Overall frame height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Track Application: N
Normal track application
ET
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• If using the spring buffer below the track, the clear height under
the track near the spring buffer is reduced by 70 mm.
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
DH
DM
DM
H
DA
235
Ship-to
ED
Door weights for roof loads:
SPU 67 Thermo
= 450 N/m2
APU 67 Thermo / ALR 67 Thermo = 500 N/m2
ALR 67 Thermo Glazing
= 600 N/m2
RM + 360
LH
RM - 185
RM + 173
INSIDE
RM = LDH
BW
DE
550
Observe the min. sideroom, see page 41
F
N 1
FFL
≥ 125
LZ
≥ 125
H
WE
DA
FT
425
140
300
820
N 2
475
160
350
820
N 3
585
180
460
1750
With double spring shaft
795
180
650
1750
RM > 7000
845
180
700
1750
LDB
F
225 [VL1, VL2 = 325]
Clear passage height LDH
Without operator
INSIDE
Operator
WA 400 **
WA 300
LZ ≤ 5500
Without wicket door
N3
N 1 + 2
ET = min. distance back
RM
RM
RM
Wicket door with threshold
RM – 100
RM – 50
RM – 50
RM – 150
RM – 85
RM – 85
RM + 435
For manual operation
Wicket door without threshold rail
RM + 670
With shaft operator
LZ > 5500
RM + 245
For manual operation and shaft operator with spring buffers
below the track
Without wicket door
RM – 50
RM – 50
RM – 50
Wicket door with threshold
RM – 100
RM – 100
RM – 100
RM – 175
RM – 110
RM – 110
RM – 100
RM – 100
–
RM + 725
For manual operation and shaft operator
Wicket door without threshold rail
RM + 245
For manual operation and shaft operator with spring buffers
below the track
LZ ≥ 8000
Min. headroom
Track size
N1
N2
N3
N 3 > RM 7000
H / HG 4
H / HG 5
H 8
HU / RG 4 / 5
V6
V7
V9
VU / WG 6 / 7
VU 9
Headroom (H)
425
475
585 / 795 *
845
880
910 / 1085 *
950 / 1085 *
1760
RM + 500
RM + 540
RM + 635
RM + 350
RM + 350
Without wicket door
*
**
LDB
LDH
RM
LH
BW
DH
DM
WE
H
DA
DE
LZ
F
FT
For version with double spring shaft
Or with chain hoist / pull rope
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Track height = RM + 125
Position of shaft support
N 1 = RM + 345
N 2 = RM + 370
N 3 = RM + 460
Rear ceiling anchor
N 1 / N 2 = RM + 220
N 3 = RM + 320
Central ceiling anchor (see page 45)
Shaft centre from lintel (see table)
Min. headroom (see table)
Distance to ceiling (see table)
Ceiling height
Clear frame dimensions
Space for fitting the door
Clearance for door operation
Dimensions in mm
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
33
Track Application: H
High-lift track application
Please note:
1. Select required track height according to the door height in table 1.
2. Determine the intersection of the door width and track height
using table 2.
3. Please check if, acc. to the explanations, a request is necessary.
ET
DH
DM
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• If using the spring buffer below the track, the clear height under
the track near the spring buffer is reduced by 70 mm.
H
250
Ship-to
DA min.
DM
820
600
≥ 150
≥ 150
LZ
LDB
F
320
INSIDE
H 8
H 4 + 5
ET = min. distance back
2 × RM – LH + 1145
For manual operation with long spring buffer
2 × RM – LH + 695
For manual operation with spring buffers below the track
2 × RM – LH + 905
For shaft operator with long spring buffer (LH – RM) ≤ 1000
2 × RM – LH + 675
For shaft operator with short spring buffer (LH – RM) > 1000
2 × RM – LH + 455
For shaft operator with spring buffers below the track
2 × RM – LH + 975
All versions
2 × RM – LH + 455
For manual operation and shaft operator with spring buffers
below the track
Observe min. sideroom, see page 41.
Table 2
Demarcation of track height for track application H
10200
9400
7700
7575
7450
7325
7200
7075
6950
6825
6700
6575
6450
6325
6185
5935
5685
5435
5185
4935
4685
4435
4185
Min. LH
Max. LH
7500
7375
7250
7125
7000
6875
6750
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
7960
7835
7710
7585
7460
7335
7210
7085
6960
6835
6710
6585
6460
6335
6210
6085
5960
5835
5710
5585
10200
10200
10200
10200
10200
10200
10150
10025
9900
9775
9650
9525
9400
9275
9150
9025
8900
8775
8650
8525
Note:
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
LDB
LDH
RM
LH
BW
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Track height (see Table 1 + 2)
Position of shaft support
H 4 + 5 = LH + 280, H 8 = LH + 305
DH
Rear ceiling anchor
H 4 + H 5 = 2 × RM – LH + 645 (long spring buffer)
H 4 + H 5 = 2 × RM – LH + 405 (long and short spring buffer + operator)
H 8 = 2 × RM – LH + 485
DM
Central ceiling anchor (see page 45)
WE
Shaft centre from lintel (see table 1)
H
Min. headroom (see page 33)
Min. DA H 4 = 420
H 5 = 450, 625 with double spring shaft
H 8 = 490, 650 with double spring shaft
L
Anchor length DE – LH – 15 (see page 45)
DE
Ceiling height
LZ
Clear frame dimensions (from 1200)
ET
Distance back
F
Space for fitting the door
Torsion spring shaft is possible.
Door types APU 67 Thermo and ALR 67 Thermo on request.
All door types must be requested.
Dimensions in mm
1500
2000
2250
2500
2750
3000
3250
3500
3750
4000
4250
4500
4750
5000
5250
5500
5750
6000
6250
6500
6750
7000
7250
7500
7750
8000
8250
8500
8750
9000
9250
9500
9750
10000
LH
8900
Max. LH
8300
8175
8050
7925
7800
7675
7550
7425
7185
6935
6685
6435
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
3685
3435
3185
Door
height
RM
LZ
34
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
H 8, WE = 205
All door types and versions available on request.
FFL
Min. LH
5460
5335
5210
5085
4960
4835
4710
4585
4460
4335
4210
4085
3960
3835
3710
3585
3460
3335
3210
3085
2960
2835
2710
2585
2460
H 4, WE = 160
LH
F
RM = LDH
DE
BW
LH – 310
INSIDE
Door
height
RM
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
H 5, WE = 180
Table 1: Track heights (LH)
Track Application: HG
High-lift track application
with steep track
(Application for loading ramp doors)
Please note:
1. Select required track height according to the door height in table 6.
2. Determine the intersection of the door width and track height
using table 7.
3. Please check if, acc. to the explanations, a request is necessary.
ET
DH
DM
DA min.
DM
Note:
• Doors with real glass infill and wicket doors are not possible!
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• If using the spring buffer below the track, the clear height under
the track near the spring buffer is reduced by 70 mm.
H
Shi
Table 6: Track heights (LH)
Door height
RM
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
LH
F
RM = LDH
LH – 310
BW
DE
INSIDE
FFL
≥ 150
≥ 150
LZ
LDB
F
INSIDE
SB ≥ 150
HG 4 + 5
ET = min. distance back
2 × RM – LH + 1145
For manual operation with long spring buffer
2 × RM – LH + 695
For manual operation with spring buffers below the track
2 × RM – LH + 905
For shaft operator with long spring buffer (LH – RM) ≤ 1000
2 × RM – LH + 675
For shaft operator with short spring buffer (LH – RM) > 1000
2 × RM – LH + 455
For shaft operator with spring buffers below the track
Max. LH
8300
8175
8050
7925
7800
7675
7550
7425
7185
6935
6685
6435
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
HG 5, WE = 180
HG 4, WE = 160
Note:
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
Other versions on request.
Observe min. sideroom, see page 41.
LDB
LDH
RM
LH
BW
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Track height (see Table 6)
Position of shaft support
HG 4 + HG 5 = LH + 280
DH
Rear ceiling anchor =
HG 4 + HG 5 = 2 × RM – LH + 645 (long spring buffer)
HG 4 + HG 5 = 2 × RM – LH + 405 (long and short spring buffer + operator)
DM
Central ceiling anchor (see page 45)
WE
Shaft centre from lintel (see table 6)
H
Min. headroom (see page 33)
Min. DA HG 4 = 420
HG 5 = 450, 625 with double spring shaft
SB
Slot width
L
Anchor length DE – LH – 15 (see page 45)
ET
Distance back
DE
Ceiling height
LZ
Clear frame dimensions (from 1200)
F
Space for fitting the door
Table 7
Demarcation of track height for track application HG
8300
7700
7575
7450
7325
7200
7075
6950
6825
6700
6575
6450
6325
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
Torsion spring shaft is possible.
Door types APU 67 Thermo and ALR 67 Thermo on request.
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
All door types must be requested.
1500
LH
Min. LH
5460
5335
5210
5085
4960
4835
4710
4585
4460
4335
4210
4085
3960
3835
3710
3585
3460
3335
3210
3085
2960
2835
Dimensions in mm
LZ
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
35
Track Application: HU
High-lift track application
with low-mounted torsion spring shaft
Please note:
1. Select required track height according to the door height in table 6.
2. Determine the intersection of the door width and track height
using table 7.
3. Please check if, acc. to the explanations, a request is necessary.
ET
DH
DA
DM
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• If using the spring buffer below the track, the clear height under
the track near the spring buffer is reduced by 70 mm.
850
H
DM
INSIDE
850
≥ 150
≥ 150
LZ
LDB
F
320
INSIDE
HU 4 + 5
ET = min. distance back
2 × RM – LH + 1145
For manual operation with long spring buffer
2 × RM – LH + 695
For manual operation with spring buffers below the track
2 × RM – LH + 675
For shaft operator with short spring buffer (LH – RM > 1510)
2 × RM – LH + 455
For shaft operator with spring buffers below the track
Note:
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
Other versions on request.
Observe min. sideroom, see page 41.
Table 7
Demarcation of track height for track application HU
LDB
DE
LDH
RM
LH
DH
8300
7700
7575
7450
7325
7200
7075
6950
6825
6700
6575
6450
6325
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
DM
WE
H
DA
L
LZ
ET
F
Clear passage width with ThermoFrame (see page 41)
Ceiling height
Clear passage height
Grid height
Track height (see Table 6)
Rear ceiling anchor
HU 4 + HU 5 = 2 × RM – LH + 645 (long spring buffer)
HU 4 + HUG 5 = 2 × RM – LH + 405 (long and short spring buffer + operator)
Central ceiling anchor (see page 45)
Shaft centre from lintel (see table 6)
Min. headroom (see page 33)
Min. distance to ceiling 275
Anchor length DE – LH – 15 (see page 45)
Clear frame dimensions (from 1200)
Distance back
Space for fitting the door
Torsion spring shaft is possible.
Door types APU 67 Thermo and ALR 67 Thermo on request.
All door types must be requested.
7000
6750
6500
6250
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
Dimensions in mm
1500
LH
Max. LH
8300
8175
8050
7925
7800
7675
7550
7425
7185
6935
6685
6435
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
LZ
36
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
HU 5, WE = 355
FFL
Min. LH
6510
6385
6260
6135
6010
5885
5760
5635
5510
5385
5260
5135
5010
4885
4760
4635
4510
4385
4260
4135
4010
3885
HU 4, WE = 335
Door height
RM
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
LH
F
RM = LDH
RM + 400
DE
LH – 310
Table 6: Track heights (LH)
Track Application: RG
High-lift track application
with low-mounted torsion spring shaft and steep track
(Application for loading ramp doors)
Please note:
1. Select required track height according to the door height in table 9.
2. Determine the intersection of the door width and track height
using table 10.
3. Please check if, acc. to the explanations, a request is necessary.
ET
DH
DM
DA
DM
850
H
Note:
• Doors with wicket doors are not possible!
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• If using the spring buffer below the track, the clear height under
the track near the spring buffer is reduced by 70 mm.
Table 9: Track heights (LH)
LH
LH – 310
INSIDE
F
RM = LDH
RM + 400
DE
850
Door height
RM
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
FFL
≥ 150
≥ 150
LZ
LDB
F
INSIDE
SB ≥ 150
RG 4 + 5
ET = min. distance back
2 × RM – LH + 1145
For manual operation with long spring buffer
2 × RM – LH + 695
For manual operation with spring buffers below the track
2 × RM – LH + 675
For shaft operator with short spring buffer (LH – RM > 1510)
2 × RM – LH + 455
For shaft operator with spring buffers below the track
Max. LH
8300
8175
8050
7925
7800
7675
7550
7425
7185
6935
6685
6435
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
RG 5, WE = 315
RG 4, WE = 295
Note:
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
Other versions on request.
Observe min. sideroom, see page 41.
Table 10
Demarcation of track height for track application RG
LDB
LDH
RM
LH
DH
8300
7700
7575
7450
7325
7200
7075
6950
6825
6700
6575
6450
6325
6185
5935
5685
5435
5185
4935
4685
4435
4185
3935
DM
WE
H
DA
SB
L
ET
DE
LZ
F
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Track height (see Table 9)
Rear ceiling anchor
RG 4 + RG 5 = 2 × RM – LH + 580 (long spring buffer)
RG 4 + RG 5 = 2 × RM – LH + 340 (long and short spring buffer + WA 400)
Central ceiling anchor (see page 45)
Shaft centre from lintel (see table 9)
Min. headroom (see page 33)
Min. distance to ceiling 275
Slot width
Anchor length DE – LH – 15 (see page 45)
Distance back
Ceiling height
Clear frame dimensions (from 1200)
Space for fitting the door
Torsion spring shaft is possible.
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
Door types APU 67 Thermo and ALR 67 Thermo on request.
1500
LH
Min. LH
6510
6385
6260
6135
6010
5885
5760
5635
5510
5385
5260
5135
5010
4885
4760
4635
4510
4385
4260
4135
4010
3885
LZ
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
All door types must be requested.
Dimensions in mm
37
Track Application: V
Vertical track application
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
≥ 820
≥ 500
Shi
Observe min. sideroom, see page 41.
H
LDB
LDH
RM
WE
H
DE
RM = LDH
F
BW
DE
INSIDE
BW
FFL
≥ 125
LZ
F
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Shaft centre from lintel
V 6 = 160, V 7 = 180, V 9 = 205
Min. headroom (see page 33)
Ceiling height
2 × RM + 500 (V 6)
2 × RM + 540 (V 7)
2 × RM + 730 (V 7 with double spring shaft)
2 × RM + 635 (V 9)
2 × RM + 780 (V 9 with double spring shaft)
Position of shaft support
2 × RM + 360 (V 6)
2 × RM + 385 (V 7)
2 × RM + 435 (V 9)
Clear frame dimensions (from 1200)
Space for fitting the door
≥ 125
LZ
LDB
F
INSIDE
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
Track limit
Track limit for APU 67 Thermo
and ALR 67 Thermo.
Torsion spring shaft is possible.
LZ
9750
10000
9500
9250
9000
8750
8500
8250
8000
7750
7500
7250
7000
6750
6500
6250
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
1500
Door type SPU 67 Thermo on request.
2000
V 7
V 6
RM
V 9
245 [VL1, VL2 = 325]
Door types APU 67 Thermo
and ALR 67 Thermo on request.
All door types must be requested.
Dimensions in mm
38
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Track Application: VU
Vertical track application
with low-mounted torsion spring shaft
H
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
Observe min. sideroom, see page 41.
Ship-to
850
INSIDE
DE
WE
850
F
RM = LDH
RM + 400
DE
H
LDB
LDH
RM
LZ
F
Ceiling height = 2 × RM + 350
Shaft centre from lintel
VU 6 = 335
VU 7 = 355
VU 9 = 395
Min. headroom (see page 33)
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Clear frame dimensions (from 1200)
Space for fitting the door
FFL
LZ
≥ 125
≥ 125
LDB
F
INSIDE
6625
6500
6375
6250
6125
6000
5875
5750
5625
5500
5375
5250
5125
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
Track limit
Track limit for APU 67 Thermo
and ALR 67 Thermo.
Torsion spring shaft is possible.
LZ
8000
7750
7500
7250
7000
6750
6500
6250
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
Door type SPU 67 Thermo on request.
1500
VU 7
VU 6
RM
VU 9
245 [VL1, VL2 = 325]
Door types APU 67 Thermo
and ALR 67 Thermo on request.
All door types must be requested.
Dimensions in mm
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
39
Track Application: WG
Vertical track application with low-mounted
torsion spring shaft and steep track
(Application for loading ramp doors)
H
Note:
• Doors with wicket doors are not possible!
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• Observe the permissible size ranges of the door types
on pages 7 – 12 and 15 – 23 under all circumstances!
• ALR 67 Thermo Glazing on request
Ship-to
Observe min. sideroom, see page 41.
850
INSIDE
DE
WE
850
F
RM = LDH
RM + 400
DE
H
SB
LDB
LDH
RM
LZ
F
Ceiling height = 2 × RM + 350
Shaft centre from lintel
WG 6 = 295
WG 7 = 315
Min. headroom (see page 33)
Slot width
Clear passage width with ThermoFrame (see page 41)
Clear passage height
Grid height
Clear frame dimensions (from 1200)
Space for fitting the door
FFL
LZ
≥ 125
≥ 125
LDB
F
INSIDE
5000
4875
4750
4625
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
LZ
40
8000
7750
7500
7250
7000
6750
6500
6250
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
Torsion spring shaft is possible.
1500
WG 6
RM
WG 7
SB ≥ 150
Door types APU 67 Thermo
and ALR 67 Thermo on request.
All door types must be requested.
Dimensions in mm
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Sideroom
Required sideroom
Track application / designation
N, VU, WG
H, HG, HU, RG, V
N, WG
Hand pulley
H, HG, HU, RG
V, VU
S
125
150
140
150
125
Track application / designation
Chain hoist
Shaft operators
Direct drive operators
S
Page 44
Pages 46 – 52
Page 56
Sideroom
ThermoFrame version
S
BS
B 8 × 22
S
BO Ø 7,2
LZ
LZ
LZ - 12
TB
TB
INSIDE
LZ
LZ
LZ
LZ - 12
R 120 × 60
BOS
ST 8 × 30
R 120 × 60
R 160 × 60
TB
TB
TB
INSIDE
Sideroom with frame covering
ThermoFrame version
ThermoFrame version
S
LZ
LZ
S
LZ - 15
Z 90
Z 90
TB
ASA
LZ
LZ - 15
TB
ASA
Z 90
Z 90
ASW
TB
INSIDE
LZ
BO
BOS
Clear frame dimensions
Hole
Drilling screw
BS
TB
R
Self-tapping screw
Door leaf
Box section
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
S
ASA
ASW
Sideroom
Screw-on anchor 70 × 40
Screw-on bracket 70 × 120 / 170
41
Lintel Fitting
Normal lintel fitting
Double spring shaft
Single-skinned steel fascia for
SPU 67 Thermo to make up for insufficient
headroom up to 125 mm and LZ ≤ 8000 mm
(only for track application N)
TB
RM
TB
INSIDE
INSIDE
TB
PU fascia panel to make up for insufficient
headroom from 125 mm
Aluminium fascia profile to make up
for insufficient headroom (see table)
Lintel fitting with ThermoFrame
RM
TB
RM
TB
INSIDE
RM
LF
LF
55
H
H
Smooth panel, anodised, for APU 67 Thermo,
ALR 67 Thermo and ALR 67 Thermo Glazing
to make up for insufficient headroom
from 31 to 190 mm and LZ ≤ 8000 mm
(only for track application N)
RM
INSIDE
LAB ≥ 125
RAB ≥ 250
RM
H
H
H
Normal lintel fitting
Lintel variation up to 30 mm high
TB
INSIDE
Aluminium frame fascia panel
Height
Infill type
≥ 250
FU, XU, S3, S4, R3, R4, A3, A4,
B3, B4, M3, M4
• Aluminium frame fascia panel with real glass infill E2 and G2
on request.
42
H
DHS
RM
TB
TH
LAB
RAB
LF
LZ
Min. headroom (see page 33)
Clear passage height of wicket door
Grid height
Door leaf
Door section height
Fascia panel
Frame fascia panel
Structural opening
Clear frame dimensions
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Bottom Edge
Without wicket door / with wicket door and threshold rail
With wicket door with trip-free threshold
INSIDE
INSIDE
INSIDE
RM
RM
RM
INSIDE
EW
EW
INSIDE
RM
RM
INSIDE
EW
EW
RM
EW
Drainage
Grid height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
43
Chain Hoist
Hand Pulley
With rope or link steel chain
Chain hoist
Track applications N*, H, HG, HU, RG, VU, WG
221
Track application
N, VU, WG
H, HG, HU, RG
S
165
185
Track application
N
H, HG
S
140
150
Track application
V, VU, WG
HU, RG
S
125
150
S
Hand pulley with rope or link steel chain
Track applications up to 20 m² door surface
N*, H, HG
With rope or link steel chain
426
V
With rope or link steel chain
*
S
44
HU, RG, VU, WG
With rope or link steel chain
Cannot be used with RM ≤ 3000
Sideroom
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Ceiling Anchors
Track suspensions for all track applications except V, VU and WG
Track suspensions as ceiling anchors in five lengths, standard length 469 mm.
DH = rear ceiling anchor (see pages 33 – 40), door weights for roof loads (see page 33).
DH
DM
DM
Double track (suspensions),
door heights RM ≤ 5000
DH
– 1555
1560 – 3720
3730 – 5195
M
–
1
2
H
1
1
1
DM
–
DH / 2
DH / 3
DH
DM
DM
C-rail (suspensions) all track sizes,
door heights RM > 5000
C 45
M
1
L = 1500* – 2500**
C 45
L = 1146* – 1499**
C 45
L = 834* – 1145**
C 45
L = 470* – 833**
L ≤ 469
DH
H
1
DM
DH / 2
C 45
L 55 x 29
* Min.
** Max.
DH
DM
Rear ceiling anchor
Central ceiling anchor
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
45
Shaft Operator WA 300
Shaft operator WA 300 for track applications N, H, HG and V
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
Fitting example ➈ right
BW
BW
Fitting example ➇ right
LZ
N:
H, HG:
V:
N:
H, HG:
V:
LZ
Shaft operator WA 300 for track applications HU, RG, VU and WG
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
Fitting example ➈ right
RM + 725
Fitting example ➇ right
LZ
LZ
BW
46
VU,WG: HU,RG:
LZ
VU,
WG:
Clear frame dimensions
Position of shaft support
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
HU,RG:
Shaft Operator WA 300
WA 300 size range for the track application N
SPU 67 Thermo with wicket door
LZ
4500
4750
5000
5250
5500
5750
4750
5000
5250
5500
5750
6000
4250
6000
4000
3750
3500
3250
3000
2750
2500
2250
2000
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1750
RM
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
4500
APU / ALR 67 Thermo with wicket door
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1200
4000
LZ
APU / ALR 67 Thermo without wicket door
RM
4250
LZ
3750
3500
3250
3000
2750
2500
2250
2000
1750
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
RM
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1200
RM
SPU 67 Thermo without wicket door
LZ
WA 300 possible.
WA 300 on request.
LZ
RM
Clear frame dimensions
Grid height
Dimensions in mm
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
47
Shaft Operator WA 300
WA 300 size range for the track applications H and V
SPU 67 Thermo with wicket door
4250
4500
4750
5000
5250
5500
5750
6000
4750
5000
5250
5500
5750
6000
4000
3750
3500
3250
3000
2750
2500
2250
2000
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1750
RM
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
4500
APU / ALR 67 Thermo with wicket door
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1200
RM
4000
LZ
APU / ALR 67 Thermo without wicket door
LZ
4250
LZ
3750
3500
3250
3000
2750
2500
2250
2000
1750
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
6000
5750
5500
5250
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
2250
2000
RM
4500
4375
4250
4125
4000
3875
3750
3625
3500
3375
3250
3125
3000
2875
2750
2625
2500
2375
2250
2125
2000
1875
1200
RM
SPU 67 Thermo without wicket door
LZ
WA 300 possible.
Track application H on request.
WA 300 on request.
LZ
RM
Clear frame dimensions
Grid height
Dimensions in mm
48
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Shaft Operator WA 400
As a frame-mounted operator
Shaft operator WA 400 for track applications N, H, HG and V
BW
400
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
LZ
≤ 575
N : 280 *
H : 300 *
HG: 300 *
V : 280 *
≤ 380
LZ
N : 280 *
H : 300 *
HG: 300 *
V : 280 *
* Note:
Dimension + 75 mm if using a non-jointed emergency crank handle
Shaft operator WA 400 for track applications HU, RG, VU and WG
**
400
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
≤ 751
LZ
VU : 270*
WG: 270*
HU : 270*
RG : 270*
≤ 556
LZ
VU : 270*
WG: 270*
HU : 290*
RG : 290*
* Note:
Dimension + 75 mm if using a non-jointed emergency crank handle
** On request
LZ
Clear frame dimensions
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
49
Shaft Operator WA 400
With chain box
Shaft operator WA 400 for track applications N, H, HG and V
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
Note: In fitting example 5 – on the side opposite the door lock.
950
910
LZ
≤ 590
BW
Fitting example ➅ right
BW
Fitting example ➄ right
N : 200 **
H : 220 **
HG: 220 **
V : 200 **
LZ
≤ 375
N : 330 *
H : 340 *
HG: 340 *
V : 330 *
Note:
* Dimension + 75 mm if using a non-jointed emergency crank handle
** Dimension + 40 mm if using a non-jointed emergency crank handle
Shaft operator WA 400 for track applications HU, RG, VU and WG
As shown in the figure, the operator can be fitted either left or right, viewed from the inside.
Note: In fitting example 5 – on the side opposite the door lock.
≤ 551
LZ
VU, WG : 200**
HU, RG : 220**
***
950
Fitting example ➅ right
***
950
Fitting example ➄ right
≤ 551
LZ
VU, WG : 320*
HU, RG : 330*
Note:
* Dimension + 75 mm if using a non-jointed emergency crank handle
** Dimension + 40 mm if using a non-jointed emergency crank handle
*** On request
BW
LZ
50
Position of shaft support
Clear frame dimensions
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Shaft Operator WA 400
For central mounting
Shaft operator WA 400 for track application N
Control A / B 445, 460
Control B 460 FU
500
H
H
F
F
500
A / B 445, 460
B 460 FU
Min. H
Min. F
Min. H
Min. F
645
645
–
50
50
–
710
710
710
45
45
45
RM
RM
Track
application
N1
N2
N3
Shaft operator WA 400 for track applications H and HG
Control A / B 445, 460
Control B 460 FU
536
DA
DA
F
F
536
B 460 FU
Min. F
Min. DA
Min. F
500
500
–
50
50
–
540
540
565
45
45
45
LH
A / B 445, 460
Min. DA
RM
RM
LH
Track
application
H 4
H 5
H 8
Shaft operator WA 400 for track applications HU and RG
Control B 460 FU
275
975
686
RM
RM
306
400
400
646
306
≥ 1510
≥ 1785
725
975
725
≥ 1510
≥ 1785
275
Control A / B 445, 460
Note:
WA 400 as a centre motor in conjunction with double spring shaft on request!
H
RM
DA
Headroom
Grid height
Distance to ceiling
LH
F
Track height
Clearance ceiling / shaft operator
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
51
Shaft Operator WA 400
For central mounting
Chain Drive Operator ITO 400
Shaft operator WA 400 for track application V
Control A / B 445, 460
Control B 460 FU
306
500
500
V 6: 2 x RM + 590
V 7: 2 x RM + 590
800
V 6: 2 x RM + 590
V 7: 2 x RM + 590
800
306
Note:
WA 400 as a centre motor in conjunction with double spring shaft on request!
Shaft operator WA 400 for track applications VU and WG
Control B 460 FU
RM
RM
400
400
725
725
1000
1000
Control A / B 445, 460
306
306
606
606
ITO 400 track application N up to LZ ≤ 8000 (doors with wicket doors on request)
W
S
RM – 200
N1 = 335
N2 = 360
N1: H ≥ 425
N2: H ≥ 475
V
52
Track applications N1 and N2
Boom length for door height up to 3500
S
V
W
4500
4445
4850
Boom length for door height up to 4500
5500
5445
5850
Special length boom for N1 on request
RM + 722
RM + 667
RM + 1072
Special length boom for N2 on request
RM + 829
RM + 774
RM + 1179
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Shaft Operator WA 300 / WA 400
Door Leaf Speeds
Door leaf speeds WA 300 / WA 400
(ATTENTION! The stated speeds can only be achieved under optimum conditions regarding door size and track size. More detailed information on request, as it is dependent
on door heights and track heights.)
WA 400
Max. speed
in mm/s,
open / close [6]
rpm [1]
Max. speed
in mm/s,
open / close
rpm [1]
Max. speed
in mm/s,
open / close
rpm [1]
Max. speed
in mm/s,
open / close
rpm [1]
Max. speed
in mm/s,
open / close
Frame-mounted operator [1]
Chain box operator [1]
Max. speed
in mm/s,
open / close
Max. speed
in mm/s,
open / close
Max. speed
in mm/s,
open / close
Max. speed
in mm/s,
open / close
With
twin roller
Max. speed
in mm/s,
open / close [5]
A control
with optosensors
Fitting
A control
with optosensors
Chain box operator
Without
twin roller
Frame-mounted operator
Control B 460 FU
Without
twin roller
Control 445 and 460
With
twin roller
WA 300 S4
Integrated / external
control 360
N1
190
95
24
150
30
190
24
150
30
190
Yes
Yes
300 / 200
375 / 200
300 / 300
375 / 300 (375)
N2
210
105
19
170
30
265
19
170
30
265
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
N3
–
–
–
–
–
–
13
155
16
290
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
H4
160 / 190 [1;4]
80 / 95 [1;4]
19 / 16
180
30 / 24
290
19 / 16
180
30 / 24
290
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
H5
210
105
24 / 19
290
16 / 13
180
24 / 19
290
Yes
Yes
300 / 200
440 / 200
300 / 300
440 / 300 (440)
H8
–
–
–
–
–
–
16 [2]
250 [2]
16
250
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
HG4
160 / 190 [1;4]
80 / 95 [1;4]
19 / 16
180
30 / 24
290
19 / 16
180
30 / 24
290
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
HG5
210
105
24 / 19
290
16 / 13
180
24 / 19
290
Yes
Yes
300 / 200
440 / 200
300 / 300
440 / 300 (440)
HU4
160 / 190 [1;4]
80 / 95 [1;4]
30 / 24
290
19 / 16
180
30 / 24
290
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
HU5
210
105
24 / 19
290
16 / 13
180
24 / 19
290
Yes
Yes
300 / 200
440 / 200
300 / 300
440 / 300 (440)
RG4
160 / 190 [1;4]
80 / 95 [1;4]
30 / 24
290
19 / 16
180
30 / 24
290
Yes
Yes
300 / 200
450 / 200
300 / 300
450 / 300 (450)
RG5
210
105
24 / 19
290
16 / 13
180
24 / 19
290
Yes
Yes
300 / 200
440 / 200
300 / 300
440 / 300 (440)
V6
160 / 190 [1;4]
80 / 95 [1;4]
24
300
16
180
24
300
Yes
Yes
450 / 200 [3]
450 / 200 (450) [3]
V7
190
95
19
275
13
170
19
275
Yes
Yes
440 / 200 [3]
440 / 200 (440) [3]
V9
–
–
–
–
–
–
16 [2]
250 [2]
16
250
Yes
Yes
440 / 200 [3]
440 / 200 (440) [3]
VU6
160 / 190 [1;4]
80 / 95 [1;4]
16
180
24
300
16
180
24
300
Yes
Yes
450 / 200 [3]
450 / 200 (450) [3]
VU7
190
95
19
275
13
170
19
275
Yes
Yes
440 / 200 [3]
440 / 200 (440) [3]
VU9
–
–
–
–
–
–
16 [2]
250 [2]
16
250
Yes
Yes
440 / 200 [3]
440 / 200 (440) [3]
WG6
160 / 190 [1;4]
80 / 95 [1;4]
16
180
24
300
16
180
24
300
Yes
Yes
450 / 200 [3]
450 / 200 (450) [3]
WG7
190
95
19
275
13
170
19
275
Yes
Yes
440 / 200 [3]
440 / 200 (440) [3]
B control
with optosensors
or VL 1 / 2; HLG
[1]
[2]
[3]
[4]
[5]
[6]
19 / 16 [2] 210 [2]
19 / 16 [2] 210 [2]
19 / 16
180
19 / 16 [2] 210 [2]
19 / 16
180
19 / 16 [2] 210 [2]
16
180
19 / 16 [2] 210 [2]
19 / 16 [2] 210 [2]
19 / 16 [2] 210 [2]
A control VL 1,
VL 2; HLG
B control
with optosensors
or VL 1 / 2; HLG
A control VL 1,
VL 2; HLG
Optosensors
VL 1, VL 2 (HLG)
Speed corresponding to high-lift / door height (RM)
Only possible with press-and-hold control
Twin rollers not necessary with track applications V and VU!
Max. speed depending on the clear frame dimensions
With closing edge safety device (optosensors, VL 1 or VL 2)
From 2500 mm above FFL to FFL without closing edge safety device to comply with EN 13241-1
Note
Double spring shaft only possible in conjunction with control B 460 FU!
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
53
Track Application: H with Direct Drive Operator
High-lift track application
ET
Note:
• The clearance required for fitting the door must be free of supply
lines, heater fans, etc.
• The direct drive operator is generally available on request.
DH
DM
DM
750
DA
Ship-to
Door weights for roof loads:
265
SPU 67 Thermo
= 450 N/m2
APU 67 Thermo / ALR 67 Thermo = 500 N/m2
ALR 67 Thermo Glazing
= 600 N/m2
H
• Other versions on request
• Observe the min. sideroom, see page 41
550
INSIDE
FFL
≥ 450
LZ
LDB
320
F
54
LH
LH - 325
F
RM = LDH
BW
DE
LDH Clear passage height
RM Grid height
LH
Track height = ceiling height – 740
Max. LH = 2 × RM – 815 (max. LH ≤ 10200)
BW Position of shaft support H 10 + H 11 = LH + 350
ET
Min. distance back = H 10 + H 11 = 2 × RM – LH + 785
DH Rear ceiling anchor
H 10 + H 11 = 2 × RM – LH + 419
DM Central ceiling anchor (see page 55)
WE Shaft centre from lintel
≥ 450
H
DA
DE
LZ
LDB
F
WE
RM
Cable drum
145
≤ 6000
Ø 250
205
> 6000
Ø 355
Min. headroom = 1200
Min. distance to ceiling H 10 + H 11 = 740
Ceiling height
Clear frame dimensions
Clear passage width with ThermoFrame (see page 41)
Space for fitting the door
INSIDE
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Ceiling Anchors
Track suspensions for track application H with direct drive operator
Track suspensions as ceiling anchors in five lengths, standard length 1145 mm.
DH = rear ceiling anchor (see page 54), door weights for roof loads (see page 54).
DH
L 55 x 29
DH
DM
M
Rear ceiling anchor
Central ceiling anchor
Centre suspension
C 45
L 55 x 29
H
LZ
L = ≥ 1500 – ≤ 2500
C 45
L = ≥ 1146 – ≤ 1499
L = 1145
C-rail (suspensions) only track application size H 10, H 11
LZ
DH
M
H
DM
1234 ≤ 1561
–
1
–
≤ 6000
1562 ≤ 7976
1
1
DH / 2
1234 ≤ 1561
–
1
–
> 6000
1562 ≤ 3726
1
1
DH / 2
3727 ≤ 5976
2
1
DH / 3
C 45
L 55 x 29
Rear suspension
Clear frame dimensions
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
55
Direct Drive Operators S75 and S140
Direct drive operators S75 and S140 for track application H
RM ≤ 6000
RM > 6000
645
Ø 320
160
RM
RM
≥ 1200
Ø 215
Ø 250
≥ 1200
645
160
Ø 355
205
145
280
280
73
395
LZ
73
450
460
LZ
450
Door leaf speeds – Control 445 R and 460 R
Direct drive operator
S75
S75
S140
S140
LZ
RM
56
Cable drum diameter in mm
215
320
215
320
Max. speed in mm/s – open / close
110
170
80
120
Clear frame dimensions
Grid height
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Notes
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
57
Notes
58
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
Notes
Technical Manual: Industrial Sectional Doors 67 mm / 04.2015
59
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